Architectural Families
Doors, windows, casework, furniture, fixtures and other project-defined architectural BIM content.
REVIT • PARAMETRIC FAMILIES • BIM CONTENT
Revit Family Creation & BIM Content Services
Custom Revit families and structured BIM content for architectural products, MEP equipment, building systems, manufacturers and project teams — developed around defined geometry, parameters, connectors and content standards.
Define
BIM Content Requirements
Build
Geometry & Parameters
Test
Behavior & Information
Standardize
Reusable BIM Libraries
BIM Content Development
A Revit Family Is More Than a 3D Object
Useful BIM content combines appropriate geometry with structured information and predictable project behavior.
Parameters, dimensional controls, type information, connectors, visibility settings, materials and naming may all influence how a family performs inside a live project model.
The objective is therefore not maximum geometric complexity. It is reliable, purposeful BIM content aligned with its intended use.
Geometry + Data + Project Behavior
Reusable BIM content
structured for real
project workflows.
Revit Family Capabilities
Custom BIM Content Across Building Disciplines
Family scope can be developed around project standards, product information and intended BIM use.
Mechanical Equipment Families
HVAC equipment and mechanical-system objects developed from available product information.
Electrical Families
Electrical equipment, fixtures, devices and project-defined BIM content.
Plumbing Families
Plumbing fixtures, equipment and related BIM objects based on defined requirements.
Fire Protection Families
Project-defined fire-protection components and equipment BIM content.
Structural Families
Project-specific structural components and reusable model objects.
Manufacturer BIM Objects
Digital BIM content developed from supplied manufacturer product information.
Revit Content Libraries
Multiple families organized around agreed naming, parameters and content standards.
Existing Family Optimization
Existing Revit content reviewed for geometry, parameters, naming and usability.
Parametric BIM Content
Family Intelligence Beyond Static Geometry
Dimensional Parameters
Width,
height, depth
and project-defined
dimensional controls.
Type Parameters
Information shared
across defined
family types.
Instance Parameters
Project-specific
values adjustable
for individual instances.
Shared Parameters
Structured parameters
where required for
schedules and data workflows.
Visibility Controls
Project-defined
geometry or symbolic
visibility behavior.
Materials
Configurable
material information
where required by scope.
Formulas
Parameter relationships
used where appropriate
to family behavior.
Type Catalogs
Structured type information
where suitable
for product families.
Content Performance
More Geometry Does Not Automatically Mean Better BIM Content
An excessively detailed family can increase model size and reduce project performance without adding useful information.
Family development should balance appearance, information requirements, model performance and intended project use.
Appropriate Geometry
Model only the detail
needed for the intended
BIM workflow.
Structured Parameters
Data should support
schedules, selection
and project information needs.
Predictable Behavior
Parameter changes should
produce controlled
and expected results.
Model Performance
Content should avoid
unnecessary complexity
where simpler geometry
serves the project purpose.
Family Creation Workflow
From Product Information to Tested Revit Content
01
Review Inputs
Product drawings, specifications, dimensions and BIM requirements.
02
Define Template
Select appropriate family category, host and content structure.
03
Build Geometry
Develop required 3D and symbolic model content.
04
Add Intelligence
Configure parameters, types, connectors and project-defined data.
05
Test
Check loading, parameter behavior, geometry and usability.
06
Deliver
Organize approved content within the agreed library structure.
MEP BIM Content
Revit Families for Building-Service Equipment
MEP content can include project-defined connection and data requirements where sufficient technical information is available.
Air Handling Equipment
Mechanical equipment
BIM content based on
supplied product data.
Pumps
Equipment geometry,
information and
project-defined connectors.
Fans
Mechanical-system
BIM objects
aligned to content requirements.
Diffusers & Grilles
Air-distribution
family content
for project use.
Electrical Equipment
Project-defined
electrical BIM objects
and equipment content.
Lighting Fixtures
BIM content
structured around
defined geometry and data.
Plumbing Fixtures
Plumbing BIM objects
created from available
technical information.
Specialty Equipment
Product-specific
BIM content
for technical environments.
Manufacturer BIM Content
Turn Product Information into Reusable BIM Objects
Manufacturers may have technical drawings, CAD files, specification sheets and product data but no structured BIM library.
That information can be organized into reusable BIM content aligned to an agreed content standard.
Product Geometry
Simplified to
the level appropriate
for BIM use.
Product Parameters
Model, size,
capacity and
other supplied product information.
Product Types
Multiple configurations
organized within
the intended family structure.
Classification Information
Project-defined
BIM classification
or identity fields.
Connection Information
MEP connectors
where relevant
and supported by product data.
Library Organization
Consistent naming
and content structure
across multiple products.
Content Inputs & Outputs
Product Information In. Structured BIM Content Out.
Typical Inputs
- Product drawings
- CAD / DWG files
- PDF specification sheets
- Product dimensions
- Product data tables
- Existing 3D reference files
- Parameter requirements
- BIM content standards
Typical Outputs
- Revit family files
- Parametric family types
- Shared / project-defined parameters
- MEP connector information
- Type catalogs where appropriate
- Organized BIM content libraries
- Revised / optimized families
- Tested content packages
Family QA / QC
A Family Is Not Finished Just Because It Loads
BIM content should be tested for geometry, parameters, type behavior, connectors, naming and intended project use.
QA is especially important when a library contains multiple related products or types.
Geometry
Review form,
dimensions and
project-appropriate complexity.
Parameter Behavior
Test adjustable
dimensions and
information fields.
Family Category
Confirm content uses
the intended
Revit family category.
Connectors
Review project-defined
MEP connection information
where included.
Naming
Check family,
type and
parameter naming conventions.
Project Test
Load and review
content in an
appropriate test environment.
BIM Content Applications
Revit Family Services for Different Project Needs
AEC Design Teams
Standardized content
for recurring
project modeling requirements.
MEP Consultants
Equipment and
system families
for model-based design workflows.
Contractors
Project-specific
BIM content
supporting coordination
and documentation.
Manufacturers
Product BIM libraries
built from
technical product information.
BIM Managers
Standardized family libraries
for organizational
BIM implementation.
Facility Workflows
Structured BIM objects
where asset information
forms part of
the defined handover requirement.
BIM Content Reliability
Product Data Should Not Be Invented During Family Creation
BIM content can organize and represent available product information.
Missing performance, engineering or certification data should not be inferred simply to make a family appear more complete.
Supplied Product Data
Parameters should reflect
available and
approved product information.
Defined BIM Requirements
Content structure
should follow
the intended use.
Missing Information
Unknown values
should remain
visible for clarification.
Version Control
Updated product information
should be reflected
through a controlled
library revision process.
Related Services
Connect BIM Content to the Wider Digital Workflow
Frequently Asked Questions
Revit Family Creation FAQs
What information is needed to create a Revit family?
Typical inputs may include product dimensions, technical drawings, CAD files, specification sheets, product data, parameter requirements and BIM content standards.
Can Revit families be parametric?
Yes. Families can include dimensional controls, type and instance parameters, visibility settings and formulas where appropriate to the content requirement.
Can MEP families include connectors?
Yes. Where applicable and supported by available technical information, MEP families can include project-defined connectors.
Can existing Revit families be cleaned up or standardized?
Yes. Existing content can be reviewed for geometry, parameters, naming, family category, library structure and intended project use.
Can BIM content be created for manufacturers?
Yes. Manufacturer drawings, specifications and product data can be structured into reusable BIM objects and organized product libraries.
Should every product detail be modeled in the family?
Not necessarily. BIM family detail should match the intended project use. Unnecessary geometric complexity can increase model size without improving project value.
Revit Content Development
Need Custom Revit Families or a Standardized BIM Library?
Share your product drawings, technical data, required parameters, BIM standards and expected family or library deliverables.